[Spatiotemporal Evolution and Influencing Factors Analysis of the Resilience of the Water-society-economy System in the Yellow River Basin].
摘要
to explore the spatiotemporal evolution characteristics and the degree of spatial correlation， respectively. Furthermore， it uses social network analysis and interpretive structural modeling to reveal the relationships among the influencing factors. The results showed that： ① The resilience of WSES in the Yellow River Basin demonstrated a fluctuating yet upward trajectory， with the upstream region having lower WSES resilience than that of the middle and downstream regions. Cities with high resilience were mostly provincial capitals， while those with low resilience were mainly concentrated in the upstream area. ② The WSES resilience in the Yellow River Basin exhibited characteristics of "single peak-multiple peaks" "rightward shift of the main peak" "decrease-increase in peak height and widening of peak width" and "rightward extension and widening". The overall polarization in the basin was gradually intensifying. ③ The WSES resilience in the Yellow River Basin showed positive spatial correlation. The local spatial autocorrelation was stable in terms of spatial agglomeration， and the structural changes in quantity were relatively small. ④ The water system was the primary factor hindering the resilience of WSES in the Yellow River Basin， followed by the economic system and the social system. The resilience level of WSES in the Yellow River Basin was primarily determined by critical factors including total water resource endowment， water recycling efficiency， water development utilization intensity， and environmental protection investment scales.